PV-ESS-EV Charging Solution
Turnkey Microgrids for
Electric Vehicle Hubs
Integrated PV + LFP battery storage + DC fast charging — pre-engineered, containerized, and deployed across 6 countries. One system, one partner, zero integration headaches.
300+
Projects Deployed
5+ GWh
Global Installed Base
8+ Years
R&D & System Engineering
24/7
Remote EMS Monitoring
Three Deployment Scenarios
One System Architecture.
Deployed Your Way.
From grid-connected urban charging stations to fully off-grid mining microgrids — the same core technology, configured for your site conditions and business model.
Commercial E-Station
Grid-tied charging hub with PV + ESS to cut demand charges and boost charging revenue. No off-grid switching needed — lower system cost, higher stability.
- 60 – 720 kW DC fast charging, per-site configurable
- 200 kWh – 2+ MWh LFP storage, scaled to load profile
- 50 – 500 kWp BIPV carport, matched to parking footprint
For: C&I parks, commercial complexes, transport hubs, charging operators
See on-grid specs
Construction & Mining Microgrid
For sites with unstable or no grid — PV + ESS + diesel generator integration with STS seamless switching. Powers heavy-duty EV trucks and on-site facilities.
- 60 – 240 kW AC/DC charging, dual-gun configurable
- 200 kWh – 1+ MWh ESS with diesel generator coordination
- 200 – 500 kVA diesel backup, STS auto switchover
For: Mining sites, oil fields, remote construction, emerging-market urban fringe
Talk to a microgrid engineer
DC Flexible Microgrid
PV, ESS, and EV chargers coupled at 750V DC bus — fewer conversion stages, higher system efficiency. EMS dynamically dispatches across all energy sources and loads.
- 60 – 240 kW DC-coupled charging, fewer conversion stages
- 200 kWh – 1+ MWh shared DC bus ESS, multi-source dispatch
- PV + ESS + DG on single EMS platform
For: Capital-intensive sites, high-power charging demands, no-grid-access locations
Explore DC couplingSystem Architecture
How PV-ESS-EVWorks
A closed-loop microgrid: solar generation → smart storage → EV charging dispatch — all orchestrated by a single EMS platform.
Daytime Operation
PV array generates — prioritizes direct EV charging for maximum self-consumption
Excess solar → stored in BESS container for peak shaving and night dispatch
EMS predicts load & PV output — automatically optimizes charge/discharge timing
Night & Backup Operation
BESS discharges to EV chargers — no solar input needed, grid supplements if required
Grid outage → BESS and STS take over in <20ms, or diesel generator auto-starts
DG + ESS SOC coordination — generator runs at peak efficiency, fuel cost cut ~40%
System Components
Every Piece Engineeredto Work Together
Pre-integrated, pre-tested, shipped in standard containers. Your site needs a concrete pad and a grid connection — we handle the rest.
Hybrid BESS Container
K-eBank 241F · 261L · K-ePowerMini
DC Fast Charging System
60 – 720 kW · Dual-Gun · CCS2
BIPV Solar Carport
Aluminum · Single-Post · 20+ Yr Life
KUNETIC-eLink EMS
AI-Powered · Real-Time · Remote
Revenue & Business Model
Multiple Revenue Streams.
One IntegratedPlatform.
PV-ESS-EV isn't just infrastructure — it's a business. Each component generates its own return while the integrated system unlocks additional value.
Charging Service Revenue
DC fast charging fees per kWh. A 720kW station serving 100+ EVs/day generates predictable recurring revenue from day one.
Peak-Valley Arbitrage
Charge BESS from grid during off-peak (low rate), discharge during peak (high rate). AI scheduling maximizes spread automatically.
PV Self-Consumption
Each kWh of solar consumed on-site is a kWh not purchased from the grid. Storage shifts excess daytime generation to evening charging demand.
Carbon Credits & Services
Green energy certification, carbon credit trading, demand response programs, and load optimization services add incremental revenue layers.
Typical ROI timeline: 3–5 years for on-grid commercial stations. Faster in markets with high peak/off-peak spreads.
Build Your Revenue ModelProject Cases
Built for GlobalDeployment
Six operational sites, three countries, one platform. From China's high-density urban hubs to Azerbaijan's remote microgrids and Malaysia's heavy-duty truck stations — running 24/7 under real grid conditions since 2022.
2160 kW / 36 guns
230 kWp
300kW / 645kWh
720 kW / 12 guns
50 kWp
375kW / 723kWh
1440 kW / 24 guns
98 kWp
250kW / 455kWh
120 kW / 4 guns
26 kWp
100kW / 233kWh
240 kW HDT / 4 guns
48 kWp
1000kW / 2410kWh
720 kW / 12 guns
116 kWp
200kW / 230kWh
Why KUNETIC
Built for Deployment,
Not JustSpec Sheets
01 Pre-Integrated, Not Piecemeal
BESS, PCS, MPPT, STS, EMS, and fire protection in one enclosure. Factory-tested as a system — your team connects three cables and powers on.
02 Your Brand, Our Engineering
Enclosure colors, branding, local connectors, regional compliance — we build to your market while you own the customer relationship.
03 EMS That Pays for Itself
AI-driven scheduling optimizes against real-time prices and EV demand. Sites see 15–25% higher revenue vs. static dispatch.
04 Multi-Layer Safety by Design
Three-level protection — pack → cabinet → system. Aerosol suppression, smoke sensing, graded isolation. IP54 rated.
Start Your Project
Ready to Build YourEV Charging Hub?
Send us your site details — location, available area, target EV volume, and local grid conditions. We'll return a preliminary system design with financial projections within 3 business days.
Or email eliza@lithiumaabatteries.com — we respond within 8 hours on business days.